1) transverse direction camber

横向预拱
2) lateral prediction

横向预测
1.
Microfacies classification of shoal-bar sand and lateral prediction of sandbodies of the fourth member of Shahejie formation in Dongying depression;
东营凹陷沙四段滩坝砂微相划分与砂体横向预测——以王家岗油田王73井区为例
2.
Based on the way and characteristics of lateral prediction in coal field,this paper developed main techniques of seismic data processing,calibration of reflection wave of objective interval,seismic forward and inverse modeling,extracting seismic features and their combining analysis for lateral prediction by seismic data.
结合煤田横向预测研究的方法及特点,讨论了地震横向预测资料处理技术,目的层的正确标定,模型的正、反演,各种地震信息的提取,地震属性的综合分析方法等主要环节。
3.
Then the lateral prediction of the gas-bearing layers is made with the r.

作者在本文中利用一个改进的 BP网络模型 ,充分利用现有的地质、测井等资料 ,以单井为单元进行垂向气层识别 ,然后又以地震资料为约束进行气层横向预测 ,结果非常令人满意。
3) transverse prediction

横向预测
1.
Greyheredity transverse prediction of solutionfissure and productivity of Ordovician reservoirs in No.3 Tahe Oilfield.;
塔河3号油田奥陶系溶蚀缝洞和产能的灰色遗传横向预测
2.
On the basis of single well modelling,the distinctive method of gray heredity process and the 3-D seismic data were applied to the study of transverse prediction of fractures and production capacity in the compacted clastic rock reservoir of the Shaximiao Formation in the XZ gas field.
本文以 XZ气田沙溪庙组致密碎屑岩储层为例 ,介绍在单井建模的基础上 ,应用灰色遗传过程识别方法 ,利用三维地震资料进行工区裂缝和产能横向预测的过程。
4) transverse arched steel pylon

横向拱形钢塔
1.
Based on construction design project of the Taijiang Bridge which is a transverse arched steel pylon cable-stayed bridge in Sanming County, Fujian, the author computes and analyses the static behavior, dynamic character and stability of the structural system by building up and computing the integrated finite element model with MIDAS/CIVIL 2006, a finite element software.
首先,论文对台江大桥施工阶段全过程进行模拟,考察横向拱形钢塔斜拉桥各构件在各施工阶段的效应;分析了混凝土收缩徐变占主要因素的时间依存效应对结构的影响;计算了横向拱形钢塔斜拉桥在运营阶段活载作用和组合作用下结构的效应。
5) lateral and vertical prediction

纵横向预测
6) transverse prestressing

横向预应力
1.
On construction technology of transverse prestressing in cast-in-place beam

现浇梁横向预应力施工技术
2.
this paper analyzed the wide concrete girder mechanical behavior under transverse prestressing by the spatial finite element method(FEM).
针对桥面宽混凝土梁,通过空间有限元分析,研究在张拉横向预应力钢束时混凝土梁的力学行为,得出有益于设计和施工的结论。
3.
To ensure the integrity of the girder and resist transverse bending due to dead load and service load,powerful transverse prestressing tendons were disposed in the diaphragms.
为加强主梁受力的整体性,抵抗静载和动载产生的横向弯矩,横梁结构内设置了横向预应力钢束。
补充资料:设备安装前的准备工作——设备的预装配与预调整
设备安装前的准备工作——设备的预装配与预调整![]() | ||
|
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条